Does your company need an internal training course in Petroleum Geochemistry Interpretation or BPSM (Basin and Petroleum Systems Modelling)? Take a look at our single client courses, which can be delivered at your offices for up to 12 people by our professional and knowledgeable presenters.
The second in a series of Technical Notes is now available on our website. The second one presents evidence of Permian-sourced oil in the Norwegian Barents Sea, and follows the first note on Waxy oils from lacustrine source rocks.
IGI’s Barents Sea Geochemical Database contains geochemical data compiled from all relevant reports available on the Norwegian Petroleum Directorate’s website (now updated to the end of 2015), and has been used as the basis for a comprehensive regional geochemical interpretation report (IGI Ltd. , 2015).
IGI's annual User Group meeting will be held on 29th & 30th June 2016, at Hallsannery House, Bideford, UK. Â Please see the User Group page for more details. [ProcessButton id="18"]
IGI has completed the annual update of our Norwegian Sea Geochemical Database and accompanying Well Manager File. This brings the database up to date for 2016 and includes all data released via the NPD Factpages website up to the end of December 2015.
IGI has completed the annual update of our Barents Sea Geochemical Database and accompanying Well Manager File. This brings the database up to date for 2016 and includes all data released via the NPD Factpages website up to the end of December 2015.
Come and meet IGI at booth A14 at PETEX 2016. PETEX at ExCel in London is the largest biennial subsurface-focused E&P conference and exhibition in the UK.
Today we have launched our new website. We have redesigned the site, with help from Bonito Ltd, to allow our clients to find what they want quickly and efficiently.
Many lacustrine-sourced oils of different ages and from different parts of the world are observed to be waxy, containing high proportions of long-chain n-alkanes, typically showing a slight predominance of odd carbon number chain lengths (Fig. 1).